Recent Highlights:

Learn about stacking 2D Materials:

Here's an interesting paper on Ag2S Nanowires for neuromorphic computing:

IPFA 2021 Best FA Paper Award! Low-Voltage EBIC Investigations of Fails

Check out this recent paper using the MHCS: Cryo-Focused Ion Beam-Induced Deposition of Tungsten–Carbon Nanostructures Using a Thermoelectric Plate, Pablo Orus et al.

Check out this recent paper using the FMS-EM: In Situ Manipulation and Micromechanical Characterization of Diatom Frustule Constituents Using Focused Ion Beam Scanning Electron Microscopy; Mohammad Soleimani et al.

Showing off the PS8 Prober Shuttle's excellent stability - nanoprobing on 5 nm with ease!

nanoprobing @80V

: NanoProbing on 7 nm Technology at an Acceleration Voltage of only 80 V!

In-SEM micro-machining reveals the origins of the size effect in the cutting energy

: Experimental setup consisting of an MM3A-EM micromanipulator equipped with a tool and the sample mounted to a SpringTable

: Experimental result: Cutting metal while monitoring the shear force

in situ sample heating and cooling

: FIB milling a box into a GaAs substrate. Left, at 30°C, "bleeding" is observed. Right, at -60°C, the effect is gone

Electron Beam Induced Voltage - 50-100 nV resolution!

: EBIV data superimposed on the corresponding SE image

Electron Beam Absorbed Current - fA noise level, pA resolution!

: EBAC data superimposed on the corresponding SE image

Waterless sample heating and cooling - down to -60°C!

: MHCS stage

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